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MFDC Spot Automatic Welding Machine Relay Silver Contact Electric Welding Equipment

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Automatic Spot Welding: Designed to weld metal components using high-frequency electrical energy, featuring copper electrodes for optimal conductivity and precision.
  • Electric-Driven Operation: Powered by a 380V voltage system, ensuring reliable performance with adjustable parameters (welding time, force, current) via a digital control panel.

Key features

  • 1. Corrosion-Resistant Steel Construction

  • With a corrosion-resistant steel body and copper electrodes, ensure durability in harsh industrial environments while maintaining efficient energy transfer for strong, consistent welds*.

  • 2. Precision Digital Control Panel

  • With a touchscreen interface and adjustable parameters (time, current, force), you can achieve precise, repeatable welds tailored to specific material thicknesses and requirements*.

  • 3. High-Efficiency 380V Electric Drive

  • Powered by a 380V electric system with integrated cooling fins, this machine delivers faster cycle times (~20% faster than manual models*) and sustained operation without overheating, ideal for high-volume production.

  • 4. Commercial-Grade Versatility

  • Designed for continuous use in automotive and manufacturing industries, it handles thin metal sheets and components with ease, outperforming entry-level models in precision and reliability*.

  • 5. Safety-Compliant Industrial Design

  • Built to meet rigorous safety and quality standards (e.g., electrical safety protocols), ensuring operator safety and long-term durability in demanding environments*.

Product details

MFDC Spot Automatic Welding Machine Relay Silver Contact Electric Welding Equipment

The MFDC Spot Automatic Welding Machine is a robust electric-driven welding solution designed for precision spot welding in industrial settings. Constructed from durable steel with copper electrodes, it operates at 380V and features a digital control panel for adjustable parameters like welding time, force, and current. Ideal for automotive, electronics, and manufacturing industries, this machine combines reliability with advanced safety features, including a cooling system to maintain optimal performance.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSteel body with copper electrodesHeavy-duty industrial use requiring durability
Voltage380VStandard industrial power supply compatibility
Control SystemDigital display & programmable settingsPrecise control for consistent weld quality
Pneumatic SystemCylinder-driven pressure mechanismEnsuring stable electrode contact pressure
Cooling SystemAluminum cooling finsPreventing overheating during prolonged use

Customization guide

Adjustable welding parameters (time, force, current) allow customization for specific material thicknesses and conductivity requirements.

Get inspired

With its precise control and robust design, the MFDC Spot Welding Machine enables high-quality spot welding for applications ranging from automotive components to electronic enclosures.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Welding Force (kN)5.0+15% (5.75 kN)+30% (6.5 kN)*
Energy Efficiency85%90%95%
Electrode Life (hrs)1,0001,2001,500
Cooling EfficiencyStandard20% faster cooling30% faster cooling*

Supplier's note

  1. Technical Breakthroughs:

    • Copper Electrodes: Enhance electrical conductivity by 25% compared to standard alloys, ensuring faster and cleaner welds.
    • Advanced Cooling System: Reduces downtime by 30% in high-volume production environments.
    • Digital Control Interface: Enables real-time adjustments, reducing error rates by 15% versus manual systems.
  2. Version Selection Guide:

    • Base Model: Ideal for small workshops or light industrial tasks requiring standard performance (e.g., welding thin metal sheets).
    • Advanced Model: Suitable for medium-scale production needing higher force and efficiency (e.g., automotive part assembly).
    • Pro Model: Best for heavy-duty industries (e.g., aerospace or heavy machinery) where extreme durability and precision are critical. With its triple-industry-standard electrode life, the Pro Model reduces replacement costs by 40%.

*Comparative benchmarks based on ISO 17622 welding efficiency standards.

Frequently asked questions

  • Which spot welding machine model suits small workshops for automotive parts assembly?

  • How do I clean and maintain the copper electrodes of an electric-driven spot welding machine?

  • Can the MFDC Spot Welding Machine handle both steel and aluminum materials?

  • Does the MFDC welding machine support customization for specific automotive applications?

  • Is the MFDC Spot Welding Machine CE-certified for industrial safety standards?

  • What industries is the MFDC Spot Welding Machine best suited for?

  • Does the 380V electric-driven model require special power infrastructure?

  • How does the MFDC machine ensure durability in heavy-duty operations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage RequirementIndustrial Factories, Automotive Plants- Industry Standard: 220-240V (common in small workshops)- Our Base: 380V (ISO 60038 compliant, ▲10% efficiency gain)- Requires higher voltage infrastructure (▲15% installation cost vs Industry)
- Our Advanced: 380V with auto-voltage regulation (IEC 61800-3)- ▲15% energy savings via dynamic adjustment- Higher upfront cost (▲20% vs Base)
Electrode MaterialHigh-Volume Metal Assembly- Industry Standard: Copper alloys (ASTM F145)- Our Base: Pure copper (ISO 10681, 58 MS/m conductivity)- Base: Moderate wear resistance (▲50% lifespan vs Industry)
- Our Advanced: Copper-tungsten hybrid (ASTM F2516)- ▲30% durability under heavy use (▲200% lifespan vs Base)- Advanced: 40% heavier, requiring stronger mounting brackets
Control SystemPrecision Welding, Custom Fabrication- Industry Standard: Manual dials (IEC 60204)- Our Base: Digital display with ±2% accuracy (IEC 61131-2)- Base: Requires basic operator training (▲2 hours vs Industry)
- Our Advanced: Touchscreen with presets (ISO 13849-1)- ▲50% faster setup via pre-loaded profiles (▲30% productivity gain)- Advanced: Software compatibility issues with legacy systems
Cooling EfficiencyContinuous Welding Operations- Industry Standard: Passive cooling (NFPA 79)- Our Base: Aluminum cooling fins (▲20% heat dissipation vs Industry)- Base: Noises at 43 dBA (quieter than refrigerator hum)
- Our Advanced: Active liquid cooling (ISO 13408)- ▲40% heat reduction, enabling 24/7 operation- Advanced: Requires coolant maintenance (▲$150/year)
Welding Force AdjustmentThin/Thick Material Flexibility- Industry Standard: Fixed force (AWS D1.1)- Our Base: Adjustable hydraulic pressure (▲50% range vs Industry)- Base: Manual adjustment slows workflow (▲10% downtime)
- Our Advanced: Sensor-driven force optimization (ISO 17650)- ▲25% weld consistency across materials (▲50% defect reduction)- Advanced: Sensors add 15% to maintenance costs
Noise LevelOffice-Adjacent Workshops- Industry Standard: 80 dB (exceeds OSHA limits)- Our Base: 75 dB (meets OSHA standards)- Base: Requires ear protection (▲$500/year PPE cost)
- Our Advanced: 70 dB (ISO 4871 compliant)- ▲5 dB quieter, enabling closer proximity to workers- Advanced: Noise dampening materials increase weight by 10%

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